Dynamite Friction 6004-58030 Disc Brake Rotor Set - Front and Rear

DFC Rotors Disc Brake Rotor Set for Honda and Acura

The Dynamite Friction DFC Rotors 6004-58030 is a disc brake rotor set for front and rear brake service on select Honda and Acura vehicles. It is listed for 2017-2026 Honda CR-V, 2023-2026 Honda HR-V, and 2025-2026 Acura ADX applications.

Key Features

• Disc brake rotor set for front and rear positions
• Fits 2017-2026 Honda CR-V, front and rear
• Fits 2023-2026 Honda HR-V, front and rear
• Fits 2025-2026 Acura ADX, front and rear
• DFC Rotors product line from Dynamite Friction
• Part number 6004-58030 for application matching and ordering

Product Details

DFC Rotors is the rotor-focused product line from Dynamite Friction, built for brake service applications where direct fitment matters. This rotor set, part number 6004-58030, covers multiple late-model Honda and Acura platforms, including the Honda CR-V, Honda HR-V, and Acura ADX. For shoppers searching for Honda CR-V front and rear brake rotors or Honda HR-V disc brake rotor set 6004-58030, this listing provides a fitment-specific replacement option.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Helps Address

• Brake pulsation from worn rotor surfaces
• Rotor wear from normal stop-and-go driving
• Uneven braking feel during service intervals
• Noise caused by damaged or out-of-spec rotors
• Front and rear rotor replacement on supported Honda and Acura models

Installation Notes and Tips

Verify year, make, model, and position before installation. This rotor set is listed for front and rear use, so confirm the vehicle’s brake service needs match the application shown for the Honda CR-V, Honda HR-V, or Acura ADX. Inspect pads, calipers, and hub surfaces during brake service to help ensure proper rotor seating and braking performance.

Quality Assurance

DFC Rotors is the designated product line for this brake rotor set, and part number 6004-58030 is cataloged for specific vehicle applications to support accurate fitment selection.